public void CompatibilityDistanceTest_ToCopyOfSelf_Expected_0()
{
float epsilon = 0.0001f;
Simulation tmpSim = new Simulation(r, gen1, 1);
gen1.ParentSimulation = tmpSim;
Genome genCopy = gen1.Copy();
genCopy.ParentSimulation = tmpSim;
Assert.IsTrue(gen1.CompatibilityDistance(genCopy) < epsilon);
Assert.IsTrue(genCopy.CompatibilityDistance(gen1) < epsilon);
}
public void CompatibilityDistanceTest_EmptyGenomes_Expected_0()
{
Genome gen1 = new Genome(r);
Genome gen2 = new Genome(r);
Simulation tmpSim = new Simulation(r, gen1, 1);
gen1.ParentSimulation = tmpSim;
gen2.ParentSimulation = tmpSim;
float epsilon = 0.0001f;
Assert.IsTrue(gen1.CompatibilityDistance(gen2) < epsilon);
Assert.IsTrue(gen2.CompatibilityDistance(gen1) < epsilon);
}
public void TestCrossover()
{
Simulation tmpSim = new Simulation(r, gen1, 1);
gen1.ParentSimulation = tmpSim;
gen2.ParentSimulation = tmpSim;
float epsilon = 0.0001f;
Assert.IsTrue(Math.Abs(gen1.CompatibilityDistance(gen2) - 5.04) < epsilon);
Assert.AreEqual(5, Genome.MatchingGenesCount(gen1, gen2));
Assert.AreEqual(2, Genome.ExcessGenesCount(gen1, gen2));
Assert.AreEqual(3, Genome.DisjointGenesCount(gen1, gen2));
Assert.IsTrue(Math.Abs(Genome.GetAverageWeightDifference(gen1, gen2) - 0.1) < epsilon);
Console.WriteLine("\n\nCrossover:");
gen1.Crossover(gen2, r).DebugPrint();
}